International African American Museum Mitigates Thermal Bridging

Steel-to-steel structural thermal breaks provide requisite structural integrity, while reducing heat energy transfer by up to 75 percent.

building envelope
Image: International African American Museum – Ellis Creek Photography

The International African American Museum in Charleston, SC, which officially opens in January 2023, will feature steel-to-steel structural thermal breaks in its building envelope to prevent thermal bridging.

Egress from the building’s waterfront side is provided by a steel staircase whose second and fourth landings are tied into the building’s interior I-beams, posing a potential thermal bridging problem. Without thermal breaks, heat energy would flow unabated through the otherwise insulated building envelope, wasting heat or A/C depending on season, and allowing condensation and mold to form on adjacent interior structures during cold winter months.

To mitigate thermal bridging, Schöck Isokorb® steel-to-steel structural thermal breaks are installed in line with the building envelope, at the point where landing frames connect to interior I-beams. Each thermal break consists of stainless steel threaded rods and bolts penetrating an R-15 insulation block, providing requisite structural integrity while reducing heat energy transfer by up to 75 percent.

“The thermal breaks have to satisfy the gravity load, but because Charleston is also in a seismic zone, the breaks have to withstand not only vertical forces but lateral forces as well, from earthquakes, floods, and hurricanes,” said Xiaoxiao Wu, structural engineer and Associate at Guy Nordenson and Associates.

“Installation went smoothly with no issues,” Wu continued, adding that Guy Nordenson and Associates has used Isokorb thermal breaks on other major projects, including the Smithsonian African American Museum, The Studio Museum in Harlem, and the Kimbell Art Museum in Texas.

About The Museum

Situated on the site of Gadsden’s Wharf, the landing point for nearly half of all enslaved Africans brought to the United States, the International African American Museum will encompass 41,800 sq. ft. of program and exhibit space to preserve and protect the cultures, genealogy, and accumulated knowledge of Africans in the Americas, telling their stories and celebrating their achievements.

Designed by Pei Cobb Freed & Partners in collaboration with Moody-Nolan architects, the one-story structure sits 13 ft. above grade on a double row of cylindrical columns, offering an expansive sheltered public space with a reflecting pool and views of the African Ancestors Memorial Garden.

 

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Building Envelope, Construction, Featured, Press Releases

building-envelope, Guy Nordenson and Associates, heat energy transfer, interior structures, International African American Museum, Moody-Nolan architects, Pei Cobb Freed & Partners, Reduce Thermal Bridging, steel staircase, thermal breaks, thermal bridging

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